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AI-native engineering simulation platform, SimScale, has launched the Engineering AI Blueprint to provide CTOs and engineering leaders with the reference architecture they need to scale AI agents successfully. The blueprint incorporates NVIDIA technologies for accelerated computing and physics AI models and tools. Moving from AI pilots to organization-wide deployment is a major step, especially when engineering agents are taking on complex design workflows. The blueprint uses learnings from real-world engineering projects and customer deployments to build a practical framework for scaling autonomous Engineering AI. The blueprint argues that existing Verification and Validation processes (V-model) commit designs too early and prove them too late, and that this gap drives cost. In one study cited, decisions made before design freeze set 86% of expected program cost, and late-found concept defects took about 13 times more rework. Instead, the Engineering AI Blueprint outlines a new process where exploration replaces selection, proof moves earlier, physical tests

Rockwell Automation, Inc., the world's largest company dedicated to industrial automation and digital transformation, announced the launch of its LogixEdge™ controller, a new industrial control platform designed to help manufacturers simplify system architectures and accelerate software-defined automation. By combining Logix control, edge computing and containerized applications on a single industrial PC-based platform, LogixEdge controllers enable manufacturers to deploy and manage automation and software workloads close to production operations. As industrial environments become increasingly connected, manufacturers are looking for new ways to bridge operational technology (OT) and information technology (IT) to stay competitive without adding complexity. Developed in response to this growing customer demand for architectures that support both deterministic control and modern software application deployment, LogixEdge controllers enable control and software applications to operate on a common platform, reducing the need for separate hardware while supporting more flexible deployment of automation, visualization and digital applications closer to production processes. Using containerized applications and modern

LTM, the Business Creativity partner to the world’s largest enterprises, announced that AI-QEM, its proprietary AI-powered Quantum Error Mitigation capability, is now available in the IBM Quantum Functions Catalog. With this milestone, LTM becomes the first Global Systems Integrator (GSI) worldwide to publish a function in the catalog. The IBM Quantum Functions Catalog is an ecosystem of partner-built quantum software services that simplify quantum workflows and enable researchers and enterprises to run quantum experiments more efficiently for algorithm development and application prototyping. AI-QEM is available as a circuit function, allowing users of eligible IBM Quantum access plans to apply LTM's error mitigation capability directly within their Qiskit workflows. Quantum computers are inherently susceptible to noise and errors that can impact computational outcomes. While conventional error mitigation techniques often require additional circuit executions, quantum processing time, or auxiliary qubits, AI-QEM uses advanced AI models to learn and correct device-specific error patterns through classical

Aras, a leading provider of digital thread solutions for product lifecycle management (PLM) and engineering AI, announced the availability of the Aras Digital Manufacturing Engineering Accelerator. Built on Aras Innovator, the accelerator helps manufacturers create, manage, and govern manufacturing-ready product structures earlier in the lifecycle, while keeping traceability between Engineering BOMs (EBOMs) and Manufacturing BOMs (MBOMs). Many manufacturers still rebuild the MBOM in spreadsheets or ERP systems after engineering structures stabilize. Plants adapt these structures to local production requirements, creating differences that can be difficult to track as designs change. The Digital Manufacturing Engineering Accelerator extends the Manufacturing Process Planning (MPP) application included in Aras Innovator’s composable application library, creating a governed manufacturing definition layer allowing teams to derive manufacturing structures from engineering or author them independently. Aras worked closely with its Japanese user group (JAMP) – representing over 50 companies – to develop this PLM Solution Accelerator. Extending the digital thread

Aras, a leading provider of digital thread solutions for product lifecycle management (PLM) and engineering AI, announced that Aeronamic, a Dutch aerospace specialist in advanced turbomachinery and engine-driven systems for commercial and defense aviation, is expanding its use of Aras Innovator through the adoption of the Aras Digital Manufacturing Engineering accelerator. Building on more than a decade of innovation with Aras Innovator, Aeronamic is strengthening engineering-to-manufacturing alignment and extending digital continuity. The accelerator will help the company create manufacturing-ready product structures earlier in the lifecycle while maintaining traceability across the digital thread. This supports Aeronamics continued evolution as a supplier to leading commercial and defense aerospace programs, including Airbus, Boeing, Gulfstream, and the F-35 Joint Strike Fighter. Prior to implementing Aras Innovator in 2012, Aeronamic managed critical business information across spreadsheets, custom databases, paper-based processes, and disconnected systems. As the company grew, these fragmented processes created challenges around traceability, compliance, and collaboration.

Stratasys Ltd., a leader in polymer 3D printing solutions, announced its financial results for the third quarter ended September 30, 2026. “Our third quarter results reflect the successful ongoing shift from rapid prototyping to manufacturing, as reflected in the 4.1% growth year over year, supported by disciplined expense management,” said Dr. Yoav Zeif, CEO of Stratasys. “Our largest business, aerospace and defense, grew more than 35% year-over-year, in addition to growth in our automotive, dental and Stratasys Direct businesses. We continue to experience robust customer engagement across our pipeline as we navigate longer and more variable timelines for large, production-focused awards, which we have factored into our updated outlook. Demand for industrial additive manufacturing is increasingly structural, driven by megatrends such as onshoring, speed, cost and the need for resilient supply chains. With our debt-free balance sheet and strong cash position, we are poised to keep investing in our strategy to

Xometry, Inc., the global, AI-native marketplace connecting buyers and suppliers of custom manufacturing, announced that members of its management team will attend the following investor events: 2026 RBC Capital Markets Global Technology, Internet, Media, Telecommunications (TIMT) Conference: Tuesday, November 17, in New York City UBS Global Technology and AI Conference: Wednesday, December 2, in Scottsdale, Arizona To view the original press release, please click here. Search for Xometry on CIMdata.com

NTT DATA, a global leader in AI, digital business and technology services, has become a Gold Partner (Official AI Consulting Partner and Official Technology Consulting Partner) of the Nitto ATP Finals. The 2026 tournament will take place from November 15 to 22 at Inalpi Arena in Turin, Italy. The partnership provides a global stage for NTT DATA to showcase how AI, data and technology can support human potential. Elite tennis brings together skill, judgment and the ability to adapt under pressure. By drawing on these qualities, NTT DATA aims to demonstrate how technology can provide deeper insights into performance and help people and organizations address challenges beyond sport. "What makes sport extraordinary is ultimately human: the ambition to push boundaries, the courage to take risks and the determination to achieve more," said Kazuhiko Nakayama, President and CEO, NTT DATA Group. "Technology has the power to unlock even greater possibilities by helping

Octave Intelligence plc, a global leader in software for the world’s most mission-critical facilities and infrastructure, announces the acquisition of Cerebre, a U.S.-based software company that transforms fragmented engineering schematics, plant data and engineering knowledge into a connected plant model. Octave carries the engineering system of record for what its customers design and build across large-scale projects. Major global oil & gas companies use Cerebre’s models to combine the plant configuration, conditions and knowledge to represent how the facility is configured and operates as the plant dynamically changes. Combining the plant model and the engineering record will strengthen industrial AI use cases and has high-growth potential in brownfield facilities where plant data remains largely disconnected. “Our customers run facilities where being wrong is not an option,” said Mattias Stenberg, Chief Executive Officer of Octave. “For years we have been building the record to design, build, operate and protect those facilities from one

Siemens finished fiscal 2026 (ended September 30, 2026) with another record year and set new records for orders, profit and free cash flow after an outstanding Q4. This development was supported by high demand for electrification, digitalization and Industrial AI as well as the company’s strong position in rapidly growing markets like data centers. The results demonstrate that the ONE Tech Company program is powering the scaling of Industrial AI – by combining the real and the digital worlds. The company is rigorously converting its technological leadership into higher, profitable growth. As a result, revenue at Siemens’ digital business grew 16 percent to €10.9 billion. Revenue at Digital Industries’ software business grew 13 percent on a comparable basis – that is, excluding currency translation and portfolio effects – to €7.2 billion, with comparable annual recurring revenue (ARR) climbing 12 percent to €6.1 billion. Supported by strong long-term growth trends and the strength